Guide to simulation-driven design: From geometry modeling to manufacturing simulation

Late-stage testing has a price: redesigns, delays, retesting, and preventable cost. Guide to simulation-driven design: From geometry modeling to manufacturing simulation, explores how simulation-driven design brings computational physics, validation, geometry optimization, and manufacturing insight earlier into development so teams can identify problems sooner and move toward production with fewer downstream surprises.

Read the ebook for a practical look at how teams can reduce iteration, improve manufacturability, and accelerate development from concept through production. You’ll get an introduction to the workflows and capabilities that help connect geometry modeling, simulation, optimization, and manufacturing simulation in a more production-ready process.

Why read the ebook

See how earlier insight can help teams make better design decisions before tooling and production begin.

• Spot performance and manufacturability issues earlier in development
• Reduce redesigns, retesting, and costly late-stage iteration
• Give designers access to simulation workflows without specialized expertise
• Connect geometry, validation, and manufacturing insight in one process

What you’ll explore

Get a concise look at the capabilities shaping a more production-ready design workflow.

• Designer-friendly simulation for structures, motion, and fluids
• Generative design and optimization for practical, production-ready concepts
• Early manufacturing simulation to predict defects and avoid costly retooling
• Coverage of casting, injection molding, sheet metal forming, extrusion, polyurethane foaming, and 3D printing